Fundamental of Fuel Cell

Wu-Yang SEAN(施武陽 )

2011/9/14 First Lecture

1.INTRODUCTION FUEL CELL FUNDAMENTALS

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Grading

• Attendance (40%) --- over 3 times 0

• Exam (40%) --- 20% midterm+20% final

• Report and presentation (20%) --- 10%+10%

• Before the lecture, we will discuss the last homework.

Contents of this lecture

1. Rough description of fuel cell, including types、 working sequence、 i-V diagram and polarization effect

2. Review of thermodynamics• dQ=dU-dW, dS=dQ/T• H=U+PV(Isobaric), G=H-TS(Isobaric-

thermal), A=U-TS(Isometric-thermal)

3. Electrode kinetics, dG<0, Nerst E=f(P,T,N)

4. Charge transport at the surface, J(mole/m2 s)‧

5. Mass transport in the electrolyte6. Modeling of fuel cell7. Practical characterization8. System Integration and design

1.INTRODUCTION FUEL CELL FUNDAMENTALS

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參考文獻• 燃料電池 , 黃鎮江著 , 滄海書局 , 民 97年初版 , ISBN

978-986-6889-55-4• 燃料電池基礎 , Ryan O'Hayre等著 , 王曉紅與黃宏譯 , 全華圖書 , 2008年初版 , ISBN 978-957-21-6750-2

• 化学技術者のための熱力学、小島和夫著、培風館、 2001年 4刷、 ISBN 4-563-04542-x c3043